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  • 1
    Keywords: Biology -- Research. ; Life sciences. ; Electronic books.
    Type of Medium: Online Resource
    Pages: 1 online resource (546 pages)
    Edition: 1st ed.
    ISBN: 9780309571098
    DDC: 570
    Language: English
    Note: The Life Sciences -- Copyright -- PREFACE -- CONTENTS -- MAJOR CONCLUSIONS AND RECOMMENDATIONS -- PROLOGUE -- RECOMMENDATIONS -- Population Problems -- The Environment -- Health -- Agriculture -- The Academic Endeavor in the Life Sciences -- INSTITUTIONAL SUPPORT PROGRAMS -- GRADUATE EDUCATION IN THE LIFE SCIENCES -- STIPENDS -- CURRICULA -- MEDICAL STUDENTS -- TECHNICAL ASSISTANTS -- POSTDOCTORAL EDUCATION -- RESEARCH SUPPORT -- FEDERAL RESEARCH-SUPPORTING AGENCIES -- SPECIALIZED FACILITIES -- INSTRUMENTS -- COMPUTERS -- LABORATORIES -- Museums -- Marine Biology Stations -- Biological Information -- CHAPTER ONE FRONTIERS OF BIOLOGY -- THE LANGUAGE OF LIFE -- The Genetic Material -- PROTEIN SYNTHESIS -- THE LIFE AND TIMES OF A CELL -- The Energy for Cell Work -- PHOTOSYNTHESIS -- Metabolism -- METABOLIC PATHWAYS -- METABOLIC CONTROLS -- ACTIVE TRANSPORT -- ENZYMES -- SUBCELLULAR ORGANELLES -- Cell Division -- DEVELOPMENT OF AN ORGANISM -- Development of the Nervous System -- Plant Embryogenesis -- Animal Viruses -- FORM AND FUNCTION -- Muscular Contraction -- THE CONSTANCY OF THE Milieu Interieur -- Endocrines -- PLANT AND INSECT HORMONES -- THE NERVOUS SYSTEM -- The Neuron -- SIGNALING IN NEURONS-THE TRANSFER OF INFORMATION -- INITIATION OF IMPULSE ACTIVITY AT SENSE ORGANS -- The Central Nervous System -- SMALL BRAINS -- LARGER BRAINS -- INTERCALATED SYSTEMS: HOMEOSTATIC REGULATION -- BEHAVIOR -- Evolution, Inheritance, and the Development of Behavior -- Physiological Analysis of Behavior -- ORIENTATION AND HOMING -- Learning and Memory -- ECOLOGY -- Some Areas of Ecological Research -- ENVIRONMENTAL CHALLENGES TO INDIVIDUAL ORGANISMS -- THE ABUNDANCE OF LIVING THINGS -- SPECIES INTERACTIONS -- ENERGY FLOW IN ECOSYSTEMS -- STABILITY AND DIVERSITY -- THE ORIGIN OF LIFE -- HEREDITY AND EVOLUTION -- Population Genetics-An Extension of Mendelism. , Cytogenetics -- HUMAN CYTOGENETICS -- Polymorphism -- Some Recent Accomplishments -- THE DIVERSITY OF LIFE -- What Is a Species? -- Origins of Species -- Origin of Higher Groups -- Extinction -- Diversity and the Conceptual Framework of Biology -- CHAPTER TWO BIOLOGY IN THE SERVICE OF MAN -- BIOLOGICAL RESEARCH AND MEDICAL PRACTICE -- The National Health -- Diagnosis, Disease, and Drugs -- SULFONAMIDES AND ANTIMETABOLITES -- ANTIBIOTICS -- VIRAL DISEASES -- CANCER THERAPY -- GOUT -- GENETIC DISEASES -- THE IMMUNE SYSTEM -- TISSUE TRANSPLANTATION -- CARDIAC DISORDERS -- Population Control -- The Early and Latter Years of Life -- ON FEEDING MAN -- Crop Yields -- GENETICS AND AGRICULTURAL PRACTICE -- Agricultural Practice -- Animal Science -- MAN AND HIS ENVIRONMENT -- Water Supplies -- Air -- Food and Drugs -- RENEWABLE RESOURCES -- Role of Science in the Management of Renewable Resources -- Principles of Management -- Environmental Management -- AGRICULTURE -- FORESTRY -- FISHERIES -- WILDLIFE -- RECREATION -- URBAN AND RURAL DEVELOPMENT -- INDUSTRIAL TECHNOLOGY -- Pharmaceuticals -- Food -- Pesticides -- Fermentation Industry -- Instrumentation -- CHAPTER THREE THE WORLD OF BIOLOGICAL RESEARCH -- WHERE LIFE SCIENTISTS WORK -- MOBILITY OF LIFE SCIENTISTS -- PREVIOUS EDUCATION OF WORKING LIFE SCIENTISTS -- POSTDOCTORAL TRAINING -- EDUCATIONAL LIMITATIONS -- WITH WHAT MATERIALS DO LIFE SCIENTISTS WORK? -- WITH WHAT SPECIES DO LIFE SCIENTISTS WORK? -- WHAT FACILITIES AND TOOLS DO LIFE SCIENTISTS USE? -- Specialized Biological Research Facilities -- Major Instruments -- THE RESEARCH GROUP -- WHAT DO LIFE SCIENTISTS DO? -- FINANCIAL SUPPORT OF RESEARCH IN THE LIFE SCIENCES -- Utilization of Research Grants -- Research Support as a Function of the Investigator's Age -- RESEARCH INSTITUTES -- NATURAL HISTORY MUSEUMS -- BIOLOGICAL DISCIPLINES. , CHAPTER FOUR THE ACADEMIC ENDEAVOR IN THE LIFE SCIENCES -- ACADEMIC DEPARTMENTS -- The Life Sciences Faculty -- UNFILLED FACULTY POSITIONS -- Graduate Education in the Life Sciences -- CAPACITY OF THE CURRENT GRADUATE EDUCATION SYSTEM -- STUDENT STIPENDS -- Postdoctoral Fellows -- FINANCING POSTDOCTORAL EDUCATION -- FOREIGN POSTDOCTORALS -- FOREIGN INTERNS AND RESIDENTS -- Laboratory Space -- The Tools of Biological Research -- SPECIALIZED RESEARCH FACILITIES -- UTILIZATION OF RESEARCH INSTRUMENTS -- MEDICAL SCHOOLS AS RESEARCH AND EDUCATIONAL ENTERPRISES -- Medical Students in Research -- AGRICULTURAL SCHOOLS AS RESEARCH AND EDUCATIONAL ENTERPRISES -- FINANCING ACADEMIC RESEARCH IN THE LIFE SCIENCES -- Faculty Salaries -- CHAPTER FIVE REQUIREMENTS FOR THE FUTURE OF THE ACADEMIC ENDEAVOR IN THE LIFE SCIENCES -- INDIVIDUAL SCIENTISTS -- Academic Scientists -- Nonacademic Scientists -- Personal Constraints on Research -- Specialized Facilities -- Instrumentation -- DEPARTMENT CHAIRMEN -- Specialized Facilities -- Instrumentation -- Improvement and Expansion of the Academic Research Endeavor -- Expansion of the Graduate Education Endeavor -- NATIONAL CONSIDERATIONS -- Museums -- In Conclusion -- CHAPTER SIX EDUCATION IN BIOLOGY -- ELEMENTARY AND SECONDARY EDUCATION -- UNIVERSITY EDUCATION -- The Setting -- Undergraduate Curricula -- The Teaching of Biology -- TEACHING AS AN ACTIVITY -- REWARDS FOR TEACHING -- NEW METHODS OF TEACHING -- THE TRAINING AND RETRAINING OF TEACHERS -- BIOLOGY AND LIBERAL EDUCATION -- Research Training: Graduate Education in the Life Sciences -- THE INSTITUTIONAL SYSTEM: FUNCTIONS AND DIVERSITY -- THE STUDENT POPULATION: SIZE, ATTRITION, LOCATION -- FINANCIAL SUPPORT OF THE GRADUATE STUDENT AND HIS EDUCATION -- THE GRADUATE PROGRAM -- THE FUTURE OF GRADUATE PROGRAMS -- CHAPTER SEVEN DIGITAL COMPUTERS IN THE LIFE SCIENCES. , GENERAL FACTS ABOUT COMPUTER USAGE -- THE STATE OF COMPUTER APPLICATION IN THE LIFE SCIENCES -- Extent of Use -- Types of Use -- Computer Use in Research Areas of the Life Sciences -- The Growth of Computer Usage -- Institutional Arrangements for Computer Use -- Funding of Computer Use -- CONCLUSIONS AND RECOMMENDATIONS -- CHAPTER EIGHT COMMUNICATION IN THE LIFE SCIENCES -- SPECIAL PROBLEMS IN HANDLING BIOLOGICAL INFORMATION -- USERS OF BIOLOGICAL INFORMATION -- INFORMAL INFORMATION TRANSFER -- Meetings -- Informal Publications and Correspondence -- PRIMARY PUBLICATION -- The Journal -- New Forms of Primary Publication -- Future Forms of Primary Publication -- The International Literature -- REVIEW ARTICLES AND DATA COMPILATION -- SECONDARY INFORMATION SERVICES -- Functions and Desirable Characteristics of a Secondary Service -- SPECIALIZED INFORMATION CENTERS -- LIBRARIES -- LOOKING FORWARD -- CHAPTER NINE BIOLOGY AND THE FUTURE OF MAN -- THE NATURE OF MAN -- THE GREAT HAZARDS -- War -- Man and His Environment -- The Size of Human Populations -- FOOD PRODUCTION: THE SHORT-TERM PROBLEM -- POPULATION CONTROL: THE LONG-TERM PROBLEM -- Guarding the Genetic Quality of Man -- THE OPPORTUNITIES -- Biology and Medicine -- MOLECULAR DISEASES -- INFECTIOUS DISEASES -- TRANSPLANTATION AND ARTIFICIAL ORGANS -- THE ETHICS OF TERMINAL MEDICAL CARE -- GENETIC DISEASES -- REGENERATION -- THE DELIVERY OF MEDICAL CARE -- Early Environmental Influences -- Controlled Sex Determination -- Differential Fertility -- Selection and the Variability of Man -- APPENDIX A METHODOLOGY: SURVEY OF INDIVIDUAL LIFE SCIENTISTS -- POPULATION SELECTION -- DATA ANALYSIS: DEFINITIONS AND TABULATION CONSTRAINTS -- Definitions -- Constraints -- SUBCATEGORY LISTINGS REQUIRED TO ANSWER QUESTIONS 18 AND 19 -- VALIDITY OF THE RESPONDENT POPULATION. , APPENDIX B METHODOLOGY: SURVEY OF ACADEMIC LIFE SCIENCE DEPARTMENTS -- SOURCE OF DEPARTMENTAL MAILING LIST -- POPULATION SELECTION -- Definition of a Department -- Exclusion Criteria -- DATA ANALYSIS -- Definitions and Coding Restrictions -- SPECIAL DEFINITIONS -- PANELS AND CONTRIBUTORS -- PANELS OF THE COMMITTEE ON RESEARCH IN THE LIFE SCIENCES -- Origins of Life -- Molecular Biology -- The Materials of Life and Their Transformations -- Cellular and Subcellular Structure and Function -- Developmental Biology -- Function of Tissues and Organs -- Anatomical Sciences -- Structure and Function of the Nervous System -- Behavioral Biology -- Ecology -- Evolutionary Mechanisms and Population Biology -- The Diversity of Life -- Biological Science and the Production of Food and Fiber -- Biological Science and the Advancement of Medicine -- Human Development and Changes With Time -- Biology and Industrial Technology -- Biology and Education -- Biology and Renewable Resources -- Biology and the Future of Man -- The Role of Computers in the Life Sciences -- Environmental Health -- Biology and National Defense -- INDIVIDUAL CONTRIBUTORS TO LIFE SCIENCES STUDY -- COUNCIL ON BIOLOGICAL SCIENCES INFORMATION.
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  • 2
    Publication Date: 2021-12-03
    Description: The rising popularity and strong increase in the number of electric bicycles make it necessary to consider the built-in resources as well as possible treatments after the use phase. The time lag between the purchase and the occurrence of relevant defects suggests significant increases in defective components. Especially the great dynamics of the market due to regular innovations, product renewals, and the lack of spare parts availability for older models make the long-term use by customers much more difficult than for conventional bicycles. Therefore, it is necessary to analyze circular business models for the electric bicycle market. In this way, the required structures for a sustainable electric bicycle industry can be created so that valuable materials do not go into disposal but undergo a new use phase. Based on the results of "AddRE-Mo-Value Preservation Scenarios for Urban Electromobility of Persons and Loads through Additive Manufacturing and Remanufacturing," a research project funded by the German Federal Ministry of Education and Research, this paper addresses four circular business models, two sales models, and two service models. The guiding research interest of this paper is the combination of remanufacturing and additive manufacturing from a business model perspective, analyzing the extent to which additive remanufacturing can be considered a solution for electric bicycles' circularity. After describing the approach and methods used to develop these four circular business models the business models are described and analyzed using the Business Model Canvas. Based on this analysis, it is shown that the combination of remanufacturing and additive manufacturing can be applied to the electric bicycle market and be integrated into both sales and service models. The description of these business models will help managers design viable business models in the context of sustainable electric bicycles. It also shows that the individual partners within the value chain must collaborate more closely. In the electric bicycle industry, a single company will probably not be able to close the product cycle completely. Further research is needed to develop concepts of the business models and examine their practical feasibility in technical and organizational operations to achieve a circular economy.
    Keywords: ddc:330
    Repository Name: Wuppertal Institut für Klima, Umwelt, Energie
    Language: English
    Type: article , doc-type:article
    Format: application/pdf
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